SILVERPAK 23D/DE - Lin Engineering - #1

Text version of the page

MOTOR + DRIVER SILVERPAK 23D/DE MAIN FEATURES: • Voltage: +15 to 48VDC • Current: 0.3 to 3.0 Amps Peak (Internally Set – user cannot alter) • Hold current: 25% of run current • Step resolution: 2x, 4x, 8x, 16x, 32x, 128x, 245x (jumpers) • Damping Mode: 14%, 35% (jumper) • Speed: (Step Frequency: 2.5MHz) • Inputs: Step Pulses, Direction Change, Disable/Enable driver • Inputs: Step Pulses, Direction Change, Disable/Enable driver • Pole Damping Technology (PDT) implemented for smooth motion • Easy installation due to the integration. Pin # Function Description 1 & 6 PWR +ve Motor Supply voltage. +15 to 48 VDC 2 & 7 PWR -ve The ground or return of the power supply connects here 3 +5VDC Out Used to ground the logic functions. 4 Step Connects to the open collector drive. 5 Disable This input is used to enable/disable the output of the driver. 6 Opto-Com +5 VDC input used to supply power to the isolated logic inputs. A resistor must be used if the supply is greater than 5 VDC. 7 Direction This input is used to change the rotation direction of the motor. PIN ASSIGNMENTS: p/n 090-00019 ACCESSORIES: Each Silverpak 23D comes with a DB-9 connector with flying leads. A DB-9 female connector cable receives power and provides the control connections for the R208 Driver. Active signals are optically isolated. An open-collector drive is required to provide pulses for Step, levels for Direction and Disable/Enable. Resolution SR0 SR1 SR2 2X OFF OFF OFF 4x ON OFF OFF 8X OFF ON OFF 16X ON ON OFF 32X OFF OFF ON 64X ON OFF ON 128X OFF ON ON 256X ON ON ON Table: Damping Mode Jumper Settings SETTING STEP RESOLUTION USING JUMPERS: • 090-00019 DB-9 cable (comes with unit) • PC, function or pulse generator, controller Damping Mode Damping 14% Damping 35% 14% ON OFF 35% OFF ON Table: Step Resolution Jumper Settings SR0 SR1 SR2 DAMPING 14% DAMPING 35% DAMPING MODES: Two damping modes are provided in order to aid in resonance and vibration within the motor. This is also known as mixed decay. The current waveform is dampened to create a smoother motion profile. The most effective damping mode is motor dependent.